Europe · Spain-led · Orbital and ground software research program

MESEO distributed EO processing framework

This project focuses on orbital and ground software research program.

MESEO develops distributed Earth-observation processing across satellites, ground infrastructure and data providers. Its EO Coordination Centre orchestrates onboard AI processing and interoperable services, with methane monitoring and crop classification used for validation. The EU-funded program is due to end in November 2026 and does not establish a standalone orbital data center or an operating commercial compute service.

GMV Aerospace and Defence-led consortium · In development

Scope: Shared computing & storage · Open multi-mission research ecosystem serving registered providers and end-user requests through onboard and ground processing functions. Shared intended use, not an operating data center

Full technical comparison, configurations and availability →

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Technical specifications not disclosed

Figures retain their disclosed units and scope. Launched hardware does not establish demonstrated performance; targets may change. Not disclosed means no figure in the reviewed sources.

PROJECT RELATIONSHIPS

Suppliers & project partners

Airbus Defence and Space

Consortium participant

Program organization: GMV Innovating Solutions

Partnership

AIRBUS contributes security and system/subsystem interface design to MESEO, with exploitation and technology-roadmap input.

Research consortium participation, not a procurement order or a separately counted financing event

Announced Publication date not supplied · Evidence checked 29 Oct 2026

MESEO consortium and partner contributions

Creotech Instruments S.A.

Consortium participant

Program organization: GMV Innovating Solutions

Partnership

Creotech Instruments is a MESEO consortium partner collaborating on onboard processing research with SATLANTIS and Ubotica.

Research consortium participation, not a procurement order or a separately counted financing event

Announced Publication date not supplied · Evidence checked 29 Oct 2026

MESEO consortium and partner contributions

Resolvo Srl

Consortium participant

Program organization: GMV Innovating Solutions

Partnership

Resolvo is a MESEO consortium partner responsible for communication and dissemination.

Research consortium participation, not a procurement order or a separately counted financing event

Announced Publication date not supplied · Evidence checked 29 Oct 2026

MESEO consortium and partner contributions

SATLANTIS

Consortium participant

Program organization: GMV Innovating Solutions

Partnership

SATLANTIS leads MESEO onboard processing work package 6, developing ECS and FPGA-based image compression.

Research consortium participation, not a procurement order or a separately counted financing event

Announced Publication date not supplied · Evidence checked 29 Oct 2026

MESEO consortium and partner contributions

SISTEMA

Consortium participant

Program organization: GMV Innovating Solutions

Partnership

SISTEMA is a named MESEO consortium partner. The consortium directory describes its satellite environmental-data processing expertise without allocating a hardware order.

Research consortium participation, not a procurement order or a separately counted financing event

Announced Publication date not supplied · Evidence checked 29 Oct 2026

MESEO consortium and partner contributions

sovity

Consortium participant

Program organization: GMV Innovating Solutions

Partnership

sovity will build and demonstrate MESEO data-sovereignty use cases for the space market

Research consortium participation, not a procurement order or a separately counted financing event

Announced Publication date not supplied · Evidence checked 29 Oct 2026

MESEO consortium and partner contributions

Ubotica Technologies

Consortium participant

Program organization: GMV Innovating Solutions

Partnership

Ubotica participates in MESEO onboard processing research with SATLANTIS and Creotech.

Research consortium participation, not a procurement order or a separately counted financing event

Announced Publication date not supplied · Evidence checked 29 Oct 2026

MESEO consortium and partner contributions

University of Ferrara

Consortium participant

Program organization: GMV Innovating Solutions

Partnership

University of Ferrara develops the MESEO AI-based GPU-accelerated crop detection/classification application. Its ground validation cluster is not installed orbital compute.

Research consortium participation, not a procurement order or a separately counted financing event

Announced Publication date not supplied · Evidence checked 29 Oct 2026

MESEO consortium and partner contributions

NEXT MILESTONE

Complete the funded research period by November 30, 2026 and pursue further validation and adoption.

Manual review 29 Oct 2026. Compared the CORDIS fact sheet and results, consortium directory and technical contributions. Verified the EU grant, added consortium links and orchestration architecture, and kept ground benchmarks separate from orbital capability Primary body last observed not available. Source monitoring: unavailable. Source collection and substantive profile review are separate checks. Plans and dates may change.

European Commission CORDIS results, updated October 23, 2026

WHAT REMAINS UNKNOWN

Specific flight hardware, satellite identities, launch commitments and on-orbit compute capacity are not established.
The results describe representative validation use cases, not independent proof of paid orbital service.
The consortium identifies SATLANTIS ECS and onboard-processing development with UbOTICA and Creotech contributions to WP6. Exact flight hardware allocation, procurement buyers and supplier contract values remain undisclosed.

Project updates

Verified announcements and milestones linked to this project, newest first.

23 Oct 2026

EU details MESEO satellite-to-ground distributed processing framework (opens in a new tab)

The European Commission describes MESEO's EO Coordination Centre and onboard AI processing functions, designed to orchestrate data services across satellites, ground infrastructure and external providers. Methane monitoring and crop classification are representative validation use cases.